'

'Afifah, Z. N.

• Diet Map: Participatory Mapping Application for Specific Diets, pages 1–2

A

Abd Elbasit, M. A. M.

• Exploring active LiDAR and very high spatial resolution optical data in tree mapping, pages 1–2

Abdullahi, S. L.

• Impact of Mining Activities on Vegetation Composition in Pingel Mining Area Using Multi-Temporal Landsat Images, pages 1–2

Abedin, J.

• Mapping the geographically and temporally evolved flood risks in the contiguous United States, pages 1–2
• The impact of social isolation on sleep disturbances – evidence from geospatial big data during COVID-19, pages 1–2

Adeleke, A.

• Enhancing the vertical accuracy of Copernicus digital elevation model using tree-based machine learning models, pages 1–2
• Mapping South African Covid-19 Vaccine Opinions, pages 1–2

Adolf, A.

• Data enrichment and supervised learning in road and settlement feature selection for small scale maps, pages 1–2
• The Witcher world map. People need maps of imaginary places, pages 1–2

Aguiar Rivero, N. E.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Ai, T.

• A Point Cluster Generalization Method based on Graph Convolutional Network, pages 1–2
• From Maps to Geospatial Knowledge Graph: Geospatial Knowledge Representation and Reasoning, pages 1–2
• A Super-pixel Scaling Approach to Detect Inconsistency of Cross-layer Tile Maps, pages 1–2

Akombelwa, M.

• 3D UAS-SfM Point Cloud Classification in Urban Terrestrial Environment, pages 1–2

Aksamija, A.

• Exclusionary tales in Beirut’s spaces of craftsmanship: Using historic cartography, archival ethnography, and oral history to map the enduring vulnerability of craftspeople, pages 1–2

Albert, G.

• Preparing the geodiversity map of Hungary in line with the UNESCO SDGs, pages 1–2

Alemany Gómez, L.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Alesheikh, A. A.

• Dealing with spatial heterogeneities to discover spatiotemporal event behaviour, pages 1–2

Alhosani, N.

• Artifacts and Cartographic Imagination: Melding the Chasm between Time and Space, pages 1–1

Ali, H.

• A Novel Indoor Trajectory Pattern Mining Framework, pages 1–2

Almeida, C.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Alonso Tagle, B.

• Exonyms in Spanish. Criteria and usage in cartography, pages 1–1

Amoako, E. A.

• Effects of Covid-19 Pandemic on Spatial Patterns of Burglaries (2019-2020) in Chicago, Illinois, pages 1–2

Angly Bieri, F.

• From Documentation to Response – the operational Swiss Rapid Mapping Service for Natural Hazard and Crisis Management, pages 1–2

Aoudou Doua, S.

• Mapping and spatial modeling of the passage of bush fires in a context of protected areas in northern Cameroon: contribution of time series of sentinel-2 images, pages 1–2

Araneda, J.

• The challenge of creating cartography of zones of extreme conditions; case of Chilean Antarctica, pages 1–3

Araszkiewicz, A.

• Methodological study of tactile signs readability, pages 1–2

Archer, R. S.

• Enhancing Geoscience Education at Historically Black Colleges and Universities: Mapping Opportunities and Developing Capacity-Building Resources, pages 1–1

Arikawa, M.

• Objects-Driven Mobile Mapping Toolkit – KoPpoMai, pages 1–2

Arundel, S. T.

• Historical maps inform landform cognition in machine learning, pages 1–2

Arzoumanidis, L.

• Self-Constructing Graph Convolutional Networks for Semantic Segmentation of Historical Maps, pages 1–2

Arístegui Cortijo, A.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Auer, S.

• Artificial Intelligence based Building Attributes Enrichment in OpenStreetMap using Street-view Images, pages 1–2

Ayob, N.

• The historic distribution of schistosomiasis transmitting snails in Mbombela and Nkomazi local municipalities, pages 1–1
• The historic distribution of Biomphalaria pfeifferi and Bulinus globosus in the Vhembe district, Limpopo province, pages 1–1

Azvedo, J.

• 3D-Terrain Mapping and Mixed Reality Cartography supporting Edutainment in Landscape Genesis – The Saarschleife Geoptope Application, pages 1–2

Van Den Ameele, E. J.

• Using automated cartography to create maritime charts suitable for hard copy printing, pages 1–2

B

Bailey, C. J.

• Mapping the spatial profile and susceptibility of illegal land occupation: A case study of the Cape Town Metropolitan area, South Africa, pages 1–3

Bakaira, M.

• Mapping and spatial modeling of the passage of bush fires in a context of protected areas in northern Cameroon: contribution of time series of sentinel-2 images, pages 1–2

Balasubramanian, N.

• Addressing the unresolved proximity conflicts during the generalization of buildings using CartAGen, pages 1–3

Bamweyana, I.

• Spatial Planning as an Explanatory Factor in the Spatial Distribution of COVID-19 in Kampala City, pages 1–2

Ban, Y.

• EO-AI4GlobalChange: Earth Observation Big Data and Deep Learning for Global Environmental Change Monitoring, pages 1–2

Bandrova, T.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2
• Interactive Web mapping for university education, pages 1–2
• Three fuzzy concepts and their implications for cartography, pages 1–2
• Cartographic Body of Knowledge – work in progress, pages 1–2

Barvir, R.

• A new approach to making 3D-printed geographic models interactive for people with visual impairment, pages 1–2
• Online value-scale generator for proportional symbol maps, pages 1–2
• Multi-colour 3D printing for supporting tactile perception of geospatial visualizations, pages 1–2

Basarić, M.

• Automatic Extraction and Placement of Building Point Vector Data from Aerial Imagery for the 1: 25 000 Topographic Map Production, pages 1–2

Batsaikhan, A.

• A co-designed portal for intuitive navigation, pages 1–2

Baumgart, L.

• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2

Behr, F.-J.

• From traditional OGC Web Services to Modern Open API based Service Architectures: Introduction, Concepts and Experiences from Germany, a country in Transition, pages 1–2
• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2
• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2

Bereuter, P.

• Building aggregation to estimate the potential for shared energy generation with heat pumps, pages 1–4

Bielecka, E.

• What do we want to communicate? A few reflections on the choropleth map class ranges, pages 1–2

Biggs, T.

• Neural Network Modelling of Crop Phenology in Support of Agricultural Monitoring – A Base Map Approach, pages 1–2

Binn, A.

• A Contemporary Nolli Map: Using OpenStreetMap Data to Represent Urban Public Spaces, pages 1–2
• Experiences with distance teaching and learning in cartography – a European perspective, pages 1–2

Block-Lerner, J.

• Mapping environmental properties through image processing for an environmental perception study, pages 1–2

Bobrich, J.

• German Grid Cell Database: From Spatial to Statistics, pages 1–2

Bocher, E.

• Next generation OGC standard for cartographic portrayal interoperability, pages 1–2

Bodeker, G.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Bogucka, E. P.

• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3

Boodala, J.

• Addressing the unresolved proximity conflicts during the generalization of buildings using CartAGen, pages 1–3

Boshoff, D.

• Mapping fire severity in the Cederberg Mountains, South Africa, pages 1–1

Brahmi, N.

• Contribution of GIS to the Forecast mapping of marine flooding risk of a coastal sebkha of Soliman (Gulf of Tunis – Tunisia), pages 1–2

Brannstrom, C.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Breetzke, G.

• Examining the relationship between basic service delivery provision and dissatisfaction with the performance of local government in Gauteng (South Africa), pages 1–2

Brosseau, Z.

• Automated mapping of culverts, bridges, and dams, pages 1–2

Brovelli, M. A.

• Open and Collaborative Initiatives for tackling the Geospatial Data Inequalities in achieving the SDGs, pages 1–3
• Designing a Multimodal Interface for Geospatial Data Visualization: An Application of Interactive Speech Recognition, pages 1–3

Brunnengräber, M.

• Cartography Playground: Interactive, web-based applications to explain basic cartographic issues, pages 1–3

Brus, J.

• A new approach to making 3D-printed geographic models interactive for people with visual impairment, pages 1–2
• Multi-colour 3D printing for supporting tactile perception of geospatial visualizations, pages 1–2

Buchstab, M.

• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2

Buckley, A. R.

• Advancing Ethics in Cartography, pages 1–2

Burghardt, D.

• #mappingmtushba – data collection and automated map generation, pages 1–2
• A social-sensing approach to monitoring human-biodiversity interactions in urban environments, pages 1–2

Burrows, D.

• Requirements for Implementing Map Projections in GIS and Mapping Software, pages 1–1

Burtch, N.

• Mapping Housing Dynamics and Affordability Solutions in Fairfax City, Virginia, pages 1–2

van Bever Donker, J.

• Beyond Maps - the use of Highly Immersive Visualization Environment (HIVE) technology in using VR and AR in geoscience education, pages 1–1

von Bose, N.

• Enhancing Geoscience Education at Historically Black Colleges and Universities: Mapping Opportunities and Developing Capacity-Building Resources, pages 1–1

C

Cadzow, M.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Cajthaml, J.

• New Approaches to Visualization of Land Administration within Space and Time: the Land of Bohemia, pages 1–2
• Water sources for Irrigation in headwater catchment over the Czech Republic in changing climate, pages 1–2

Calka, B.

• What do we want to communicate? A few reflections on the choropleth map class ranges, pages 1–2

Calvanese, D.

• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3

Camboim, S. P.

• Open and Collaborative Initiatives for tackling the Geospatial Data Inequalities in achieving the SDGs, pages 1–3
• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2
• Exploring Cartographic Narratives: Applying Storytelling Techniques and Agile Methodologies, pages 1–2
• Designing a Multimodal Interface for Geospatial Data Visualization: An Application of Interactive Speech Recognition, pages 1–3
• Identifying Temporal Patterns of Contributions to OpenStreetMap in Brazilian Cities: The Role of Cell Size, pages 1–3
• Collaboratively Updating National Cartography: An Automated Tool for Integrating OpenStreetMap Data into Topographic Mapping in Brazil, pages 1–2
• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Cammack, R.

• Adjacent Point Mapping Methods: Web Mapping Approach, pages 1–1

Campos, H. Á.

• Thematic cartography as a support for understanding social vulnerability in Porto Alegre region, Brazil, pages 1–2

Cao, Y.

• Cognitive issues of mobile map design and use: A collaborative research agenda, pages 1–3

Capek, J.

• Terrain passability mapping in the Czech Republic, pages 1–1

Carmo, W. R. D.

• The introduction of inclusive cartography as a content of basic education, pages 1–2
• The importance of tactile maps in the development of spatial thinking, pages 1–2
• Valuing Historical Cartography in the study of ancient civilizations in basic education using Minecraft, pages 1–1

Carow, S.

• A model for improving spatial thinking in undergraduate modules with a spatial focus offered by Geography departments at selected South African universities, pages 1–2

Case, N.

• A multiple-constituency approach to ethics in cartography, pages 1–3

Castellar, S. M. V.

• The importance of tactile maps in the development of spatial thinking, pages 1–2

Cerqueira, É. D. C.

• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Chai, T.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Chang, H.

• Seize: A Mobile Augmented Reality Walking Game through Critical Making, pages 1–1

Chari, M.

• Leveraging machine learning and drone multispectral data for site-specific weed management in tomato agricultural areas, pages 1–2

Chen, C.

• Visual analysis of AI ethics cases, pages 1–2
• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2
• Detecting and Visualizing the Knowledge Structure of AI Ethics in Wikipedia Data, pages 1–2

Chen, D.

• Urban morphology meets geo-knowledge graph, pages 1–2

Chen, X.

• SSANU-Net: Spatial-Spectral Additive Nonlinear Unmixing Net, pages 1–2

Chen, Y.

• Digital twins of building extraction from dual-channel airborne LiDAR point clouds, pages 1–3

Cheng, Y.

• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2

Cheruiyot, K.

• Examining the relationship between basic service delivery provision and dissatisfaction with the performance of local government in Gauteng (South Africa), pages 1–2

Chirima, G.

• Smallholder Maize Farm Mapping With Multi-Temporal Sentinel-1 Data in Support of the Sustainable Development Goals, pages 1–2

Chirima, G. J.

• Crop classification and weed detection in rainfed maize crops using UAV and PlanetScope imagery, pages 1–1

Chmelík, J.

• Cartographic Visualisation within Immersive Virtual Environments, pages 1–2

Cho, M.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Choi, J.

• Efficient Method for COVID-19 Vaccine Allocation, pages 1–1

Coetzee, S.

• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2
• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2
• The challenge of co-operative governance of addresses and address data in Mankweng and surroundings in Limpopo, South Africa, pages 1–2
• Assessment and Application of Land Administration Concepts to South Africa for All Forms of Land Tenure, pages 1–2
• Real time visual analytics of moving features: A case of vessel movement, pages 1–3
• Evaluating data classification methods for choropleth maps to visualise geographic accessibility in South Africa: A usability study, pages 1–2

Collombin, M.

• Next generation OGC standard for cartographic portrayal interoperability, pages 1–2

Comé, S.

• Map design of the building cultural heritage in Maputo city – Mozambique, pages 1–2

Conti, J.

• Geographies of Inequities: Towards an Open-Source Digital History of Slave Sales in Virginia, pages 1–2

Cooper, A.

• Assessment and Application of Land Administration Concepts to South Africa for All Forms of Land Tenure, pages 1–2

Costabile, P.

• Enhancing U-net extraction of hydrographic features from IfSAR data in Alaska using shallow water channel depth models, pages 1–2

Costanzo, C.

• Enhancing U-net extraction of hydrographic features from IfSAR data in Alaska using shallow water channel depth models, pages 1–2

Cowart, A.

• Food, Water, Shelter: Crowdsourcing a Diverse Atlas Trilogy on Global Human Needs, pages 1–2

Cox, S. C.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Cron, J.

• Competences of a modern academic cartographer, pages 1–2

Cybulski, P.

• Examining the distribution of motion velocity during visual search towards designing effective dynamic point symbols for quantitative mapping, pages 1–3

De Cock, L.

• The least crowded path: where to start?, pages 1–2

D

Davis, E. G.

• Enhancing Geoscience Education at Historically Black Colleges and Universities: Mapping Opportunities and Developing Capacity-Building Resources, pages 1–1

Davis, M.

• An overview of the Soviet mapping of South Africa, pages 1–2

De Doncker, P.

• The least crowded path: where to start?, pages 1–2

Dehbi, Y.

• Self-Constructing Graph Convolutional Networks for Semantic Segmentation of Historical Maps, pages 1–2
• Integrating cellular automata model into 3D representation for enhancing flood risk communication, pages 1–2

Delazari, L.

• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2

Delazari, L. S.

• Smart Campus: how we get there? A study case at Federal University of Paraná, pages 1–2
• Mobile first proposition of UFPR CampusMap, pages 1–2
• Issues of a Map interface with SVI imagery in a Smart Campus Context, pages 1–3
• Cognitive differences in navigation using allocentric cameras, pages 1–2

Demhardt, I. J.

• Unveiling Frozen Lands and Seas: Nineteenth Century Mapping of the Arctic, pages 1–1

Denier, S.

• A New Swiss Map Generation for Mobile Use, pages 1–2

Denney, B.

• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2

Dhieb, M.

• Contribution of GIS to the Forecast mapping of marine flooding risk of a coastal sebkha of Soliman (Gulf of Tunis – Tunisia), pages 1–2

Diaz-Rainey, I.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Dickmann, F.

• Measuring Physiological Responses to VR-Based Urban Environments, pages 1–2
• Investigating the relation of path integration performance and using cartographic cues inspired by grid cell properties, pages 1–2
• The Implementation of a Dialogue Based Interaction Tool for the Usage in Immersive Virtual Environments, pages 1–2

Dikshit, O.

• Addressing the unresolved proximity conflicts during the generalization of buildings using CartAGen, pages 1–3

Ding, L.

• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3
• Building an Open Dataset of Ubiquitous Map Images for Cartographic Research: Practices and Prospects, pages 1–1

Diniz, V. B.

• Compatibilization of geographical names used in the Brazilian official mapping, pages 1–2

Divanis, A.

• A co-designed portal for intuitive navigation, pages 1–2

Dohnal, F.

• Terrain passability mapping in the Czech Republic, pages 1–1

Domingues, C.

• What could perceptive and sensitive mapping be used for? Examples of use in urban planning projects, pages 1–2

Dong, W.

• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2

Donkor, D.

• Effects of Covid-19 Pandemic on Spatial Patterns of Burglaries (2019-2020) in Chicago, Illinois, pages 1–2

Dorneles, J. I. O.

• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Drecki, I.

• The Next Forty Years: A brief history of ICA 1984-2023, pages 1–1
• Visualising Geographically Classified Cartographic Collections, pages 1–2

Dudas, P.

• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

Duffy, A.

• Enhancing U-net extraction of hydrographic features from IfSAR data in Alaska using shallow water channel depth models, pages 1–2

Dörk, M.

• A Contemporary Nolli Map: Using OpenStreetMap Data to Represent Urban Public Spaces, pages 1–2

E

Ebanks, S. C.

• Enhancing Geoscience Education at Historically Black Colleges and Universities: Mapping Opportunities and Developing Capacity-Building Resources, pages 1–1

Edler, D.

• Post-Critical Cartography and Deviance: Overcoming Dysfunctional Aspects of Critical Cartography?!, pages 1–1
• Measuring Physiological Responses to VR-Based Urban Environments, pages 1–2
• The Implementation of a Dialogue Based Interaction Tool for the Usage in Immersive Virtual Environments, pages 1–2

Elias, E. N. N.

• Identifying Temporal Patterns of Contributions to OpenStreetMap in Brazilian Cities: The Role of Cell Size, pages 1–3

Ence, C.

• Using automated cartography to create maritime charts suitable for hard copy printing, pages 1–2

Ertz, O.

• Next generation OGC standard for cartographic portrayal interoperability, pages 1–2

Evdenova, T.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

F

Fahringer, A.

• Geographies of Inequities: Towards an Open-Source Digital History of Slave Sales in Virginia, pages 1–2

Fairbairn, D.

• Affordances and Models of Cartographic Communication, pages 1–2

Fan, H.

• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3

Faričić, J.

• Magnetic declination on the early modern cartographic representations of the Adriatic Sea, pages 1–2

Fencík, R.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Feng, H.

• Digital twins of building extraction from dual-channel airborne LiDAR point clouds, pages 1–3

Feng, Y.

• Urban morphology meets geo-knowledge graph, pages 1–2
• PolygonTranslator - learning to simplify building footprints from one scale to another, pages 1–2
• Comparative User Experiments in Cognitive Pitfalls of Climate Change Information, pages 1–2

Feng, Z.

• SSANU-Net: Spatial-Spectral Additive Nonlinear Unmixing Net, pages 1–2

Feranec, J.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Field, K.

• Yet another new design for an old map, pages 1–2

Filho, L. E.

• Smart Campus: how we get there? A study case at Federal University of Paraná, pages 1–2

Filipov, D.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

Filipova, S.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

Filippova, V.

• Network Modeling of Settlements' Interaction for Sustainable Development of Remote Territories, pages 1–2

Fischer-Stabel, P.

• 3D-Terrain Mapping and Mixed Reality Cartography supporting Edutainment in Landscape Genesis – The Saarschleife Geoptope Application, pages 1–2

Fish, C.

• Research Approaches in Cartography: A Preliminary Review, pages 1–2

Fish, C. S.

• Endonyms or Exonyms: How map purpose, data source, and map language impact place naming on maps, pages 1–2

Forbes, A.

• 3D UAS-SfM Point Cloud Classification in Urban Terrestrial Environment, pages 1–2

Forrest, D.

• Issues in the design of bus network maps, pages 1–2

Forte, O.

• A New Swiss Map Generation for Mobile Use, pages 1–2

Fourie, N.

• Public bodies compliance to PAI and SDI Act: An enabler for geospatial information freedom, pages 1–3

Fu, C.

• PolygonTranslator - learning to simplify building footprints from one scale to another, pages 1–2
• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Fundisi, E.

• The spatial nature of structural unemployment in South Africa, pages 1–1

G

Gagoshashvili, M.

• Theoretical cartography structure, connections, functions, pages 1–2

Galaz, M.

• Data Model for the 1:25,000 Scale Digital Cartography of the IGM – Chile, pages 1–3

Gambashidze, M.

• U-turn in map making to overcome shortcomings of territorial visualisations, pages 1–2

Ganarin, R.

• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2

Gao, Y.

• Fast high accuracy kinematic smartphone positioning for location-based services, pages 1–2
• Satellite remote sensing of COVID-19 lockdown effects upon urban ecosystems, pages 1–1

Garba, T.

• Impact of Mining Activities on Vegetation Composition in Pingel Mining Area Using Multi-Temporal Landsat Images, pages 1–2

Gartner, G.

• Diet Map: Participatory Mapping Application for Specific Diets, pages 1–2
• Activating students in cartographic education, pages 1–2
• Towards strategies for ensuring trustworthiness in cartography, pages 1–1
• Confirming cross-cultural differences in map design perception, pages 1–2
• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2
• A formal description of topographic space – maps contributing to AI, pages 1–2
• Cartographic Body of Knowledge – work in progress, pages 1–2
• Affordances and Models of Cartographic Communication, pages 1–2
• Experiences with distance teaching and learning in cartography – a European perspective, pages 1–2

Gede, M.

• Mapping climate zones change for the territory of Kazakhstan, pages 1–2

Geisthövel, R.

• A New Swiss Map Generation for Mobile Use, pages 1–2

Geng, R.

• Design and Implementation of Geo-visualization of Human Mobility and Building Occupancy on Smart Campus, pages 1–2

Gescher, J.

• hin&weg – unveiling migration patterns using an analytical visualisation approach, pages 1–1

Gidudu, A.

• Analyzing the Variability of Wildfire Susceptibility in Queen Elizabeth National Park - Uganda, pages 1–1

Gnat, M.

• Concept and realisation of the laboratory of indoor cartography with the support of computer game environments, pages 1–2

Godard, O.

• Carto Contest Association, pages 1–2

Goga, T.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

González, C.

• Data Model for the 1:25,000 Scale Digital Cartography of the IGM – Chile, pages 1–3

Gorayeb, A.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Gordeziani, T.

• Theoretical cartography structure, connections, functions, pages 1–2

Gorgodze, T.

• Theoretical cartography structure, connections, functions, pages 1–2

Gotlib, D.

• Concept and realisation of the laboratory of indoor cartography with the support of computer game environments, pages 1–2
• Building Accessibility Maps: Cartographic Solutions to Assist Mobility of People with Disabilities, pages 1–2

Gołębiowska, I.

• Over the rainbow: An in-depth examination of the pervasiveness of the rainbow colour scheme, pages 1–2
• Split legend or split attention? Evaluating layout designs of geodashboard interfaces, pages 1–2
• Map Use Challenges in the Digital Humanities: Preliminary Insights through Eye-Tracking Analysis, pages 1–3

Grenfell, M.

• A hydrogeomorphic approach to river characterization in the Breede River catchment, South Africa, pages 1–1

Griffin, A. L.

• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2
• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2
• Cognitive issues of mobile map design and use: A collaborative research agenda, pages 1–3
• User Experience Design for Mobile Cartography: Update on a ICA Joint Commission Research Agenda, pages 1–2

Grigillo, D.

• Use of LiDAR drone data for O-mapping and change detection in mountainous areas, pages 1–2

Gross, M.

• From Documentation to Response – the operational Swiss Rapid Mapping Service for Natural Hazard and Crisis Management, pages 1–2

Grozinger, C.

• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

Gräfe, P.

• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2

Gröbe, M.

• #mappingmtushba – data collection and automated map generation, pages 1–2

Grübel, J.

• Using Map-based Dashboard to Improve Geo-knowledge Communication: a use case on Digital Twins, pages 1–2

Gudzuadze, G.

• Theoretical cartography structure, connections, functions, pages 1–2

Guerini Filho, M.

• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Gugulica, M.

• A social-sensing approach to monitoring human-biodiversity interactions in urban environments, pages 1–2

Guidero, E. M.

• Research Approaches in Cartography: A Preliminary Review, pages 1–2

Guo, Q.

• From Maps to Geospatial Knowledge Graph: Geospatial Knowledge Representation and Reasoning, pages 1–2

Guo, Y.

• Integrating cellular automata model into 3D representation for enhancing flood risk communication, pages 1–2

Gupta, N.

• Automating conversion of remote sensing images to human readable map images using generative AI, pages 1–2

H

Habibi, R.

• Dealing with spatial heterogeneities to discover spatiotemporal event behaviour, pages 1–2

Hafner, S.

• EO-AI4GlobalChange: Earth Observation Big Data and Deep Learning for Global Environmental Change Monitoring, pages 1–2

Hajdú, E.

• Using drone photogrammetry for establishing a 3D geosite model application, pages 1–2
• Setting standards for cemetery spatial databases – a case study in the Roman Catholic Archdiocese of Eger, Hungary, pages 1–2

Hall, M.

• Building aggregation to estimate the potential for shared energy generation with heat pumps, pages 1–4

Hamamatsu, S.

• Investigation of Sequential Order of Sketch Map Drawing After Walking in the City, pages 1–2

Han, W.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Hanaoka, K.

• A dashboard application to explore population distribution derived from GPS location data during the COVID-19 pandemic in Kyoto, Japan, pages 1–2
• Development of a Japanese 'GIS place name dictionary' as a basis for interdisciplinary research, pages 1–2

Hanel, M.

• Water sources for Irrigation in headwater catchment over the Czech Republic in changing climate, pages 1–2

Hansen, C. D.

• Using GISc for modelling energy expenditure when traversing paths in nature reserves of the City of Tshwane, South Africa, pages 1–2

Harvey, F.

• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2
• Cartographic meaning made in use: Reconsiderations of Jacques Bertin’s Sémiologie Graphique as a translation, pages 1–1
• Map Use Challenges in the Digital Humanities: Preliminary Insights through Eye-Tracking Analysis, pages 1–3
• hin&weg – unveiling migration patterns using an analytical visualisation approach, pages 1–1

Haumann, J.

• Improving Mobile Positioning Accuracy Within An Image-Based Hybrid Geocrowdsourcing System, pages 1–3

Haunert, J.-H.

• Self-Constructing Graph Convolutional Networks for Semantic Segmentation of Historical Maps, pages 1–2
• Integrating cellular automata model into 3D representation for enhancing flood risk communication, pages 1–2

Herrera Salinas, B.

• The challenge of creating cartography of zones of extreme conditions; case of Chilean Antarctica, pages 1–3

Heyder, R.

• Development of an interactive VR flight simulation with ArcGIS SDK for Unity and a hang glider, pages 1–2

Hobona, G.

• OGC API Standards for the Next Generation of Web Mapping, pages 1–2

Hofierka, J.

• Modelling and visualisation of land surface temperature in urban areas represented by 3D city models, pages 1–2

Holub, M.

• Online value-scale generator for proportional symbol maps, pages 1–2

Hong, S.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3
• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Houtman, L.

• At the Intersection of Mobile Thematic Cartography and Data Journalism, pages 1–2
• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

Hu, B.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Hu, K.

• Using Least Cost Path Analysis to Plan a New Bypass Route on Highway 401 to Mitigate Traffic Congestion and Impacts in the City of Toronto, Ontario, pages 1–3

Huang, H.

• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2
• User Experience Design for Mobile Cartography: Update on a ICA Joint Commission Research Agenda, pages 1–2

Huang, Y.

• Seize: A Mobile Augmented Reality Walking Game through Critical Making, pages 1–1

Hubacek, M.

• Terrain passability mapping in the Czech Republic, pages 1–1

Hunt, P.

• Label Density in Large-Scale Online Maps, pages 1–2

Hurni, L.

• Archiving Printed and Digital Atlases – How to keep the «Atlas of Switzerland» available for future generations, pages 1–1

I

Idrizi, B.

• Current Conditions, Opportunities and Deficiencies of Using State Coordinate Reference System of North Macedonia From International EPSG and PROJ Databases, pages 1–3

Iescheck, A. L.

• Thematic cartography as a support for understanding social vulnerability in Porto Alegre region, Brazil, pages 1–2

Ignaccolo, C.

• Exclusionary tales in Beirut’s spaces of craftsmanship: Using historic cartography, archival ethnography, and oral history to map the enduring vulnerability of craftspeople, pages 1–2

Ignateva, O.

• Revisiting schools of cartographic thought: ideological connotations in the (Post-) Soviet school, pages 1–2

Irumba, D. R.

• Analyzing the Variability of Wildfire Susceptibility in Queen Elizabeth National Park - Uganda, pages 1–1

Irás, K.

• Hungarian writers and poets in the BIO-MAPS Biographical Map Library, pages 1–2

Isftifanus, V.

• Impact of Mining Activities on Vegetation Composition in Pingel Mining Area Using Multi-Temporal Landsat Images, pages 1–2

Ishii, K.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Ishikawa, H.

• A Study of “Map Sense” that Supports the Accuracy of Maps Through Interviews with Imaginary Map Creators, pages 1–2

Ito, K.

• Investigation of Sequential Order of Sketch Map Drawing After Walking in the City, pages 1–2

Ivanova, A. A.

• Specialized topographic maps: types and content, methods and technologies of creation, pages 1–3

Iverson, A. A.

• An introduction to (C)art Therapy: Sketch mapping workshops for early teenagers as a case study in Post-Representational Cartography, pages 1–2

Iwaniak, A.

• Spatial analysis in GeoAI with the use of graph neural networks: Quality of life prediction in urban areas case, pages 1–3

J

Jacovella-St-Louis, J.

• OGC API Standards for the Next Generation of Web Mapping, pages 1–2
• Next generation OGC standard for cartographic portrayal interoperability, pages 1–2

Jaeger, N.

• Automation of the visualisation of eye-tracking data with animated heatmaps, pages 1–2

Jakobsson, A.

• Are Data Ecosystems ready for Location Data – Case Location Innovation Hub in Finland, pages 1–2
• Improving Interoperability of National Geospatial Services in International Context, pages 1–2

Janata, T.

• New Approaches to Visualization of Land Administration within Space and Time: the Land of Bohemia, pages 1–2

Jeney, J.

• Bilingual road signs in Dunaszerdahely, pages 1–2
• Ethnic Map in the Book containing the Williamstown Lectures of Count Teleki, pages 1–2
• Reconstructing Ethnic Maps of the Carpathian Basin for Interactive Use, pages 1–2

Jensen, D.

• Food, Water, Shelter: Crowdsourcing a Diverse Atlas Trilogy on Global Human Needs, pages 1–2

Jeronimo, M. W.

• Thematic cartography as a support for understanding social vulnerability in Porto Alegre region, Brazil, pages 1–2

Jia, F.

• Building an Open Dataset of Ubiquitous Map Images for Cartographic Research: Practices and Prospects, pages 1–1

Jiang, Y.

• Fast high accuracy kinematic smartphone positioning for location-based services, pages 1–2

Jibrin, A.

• Impact of Mining Activities on Vegetation Composition in Pingel Mining Area Using Multi-Temporal Landsat Images, pages 1–2

Jincharadze, G.

• Theoretical cartography structure, connections, functions, pages 1–2

Job, N.

• A hydrogeomorphic approach to river characterization in the Breede River catchment, South Africa, pages 1–1

Jobst, M.

• A formal description of topographic space – maps contributing to AI, pages 1–2

Jochecová, K.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Jolivet, L.

• What could perceptive and sensitive mapping be used for? Examples of use in urban planning projects, pages 1–2

Jombo, S.

• Exploring active LiDAR and very high spatial resolution optical data in tree mapping, pages 1–2

Jones, K.

• Neural Network Modelling of Crop Phenology in Support of Agricultural Monitoring – A Base Map Approach, pages 1–2

Jordan, P.

• Reasons for the emergence of exonyms, pages 1–1

Jordão, B. G. F.

• The introduction of inclusive cartography as a content of basic education, pages 1–2
• The importance of tactile maps in the development of spatial thinking, pages 1–2
• Valuing Historical Cartography in the study of ancient civilizations in basic education using Minecraft, pages 1–1

Juliasz, P. C. S.

• Spatial representation and the place-territory relation, pages 1–2
• Teaching cartography from the universe of Black Panther, pages 1–2

Jun, K.

• Efficient Method for COVID-19 Vaccine Allocation, pages 1–1

de Jager, A. E.

• Story maps to support sense of place and conservation within urban greenspace, pages 1–2

K

Kaczmarek, I.

• Spatial analysis in GeoAI with the use of graph neural networks: Quality of life prediction in urban areas case, pages 1–3

Kagawa, A.

• Deconstructing cartographic communication paradigms in the United Nations in the era of Data for action, pages 1–1

Kamata, R.

• Development of a Japanese 'GIS place name dictionary' as a basis for interdisciplinary research, pages 1–2

Kang, Y.

• Developing deep learning model for predicting perceived walkability using street view images, pages 1–2
• Measuring human perceptions of urban landscape using machine learning: factors affecting perceived walkability of street-view image, pages 1–2

Kargashin, P.

• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2

Karsznia, I.

• Data enrichment and supervised learning in road and settlement feature selection for small scale maps, pages 1–2
• Fifty years of Polish and world cartographic literature: bibliography compiled by Jerzy Ostrowski and Zenon Kozieł, pages 1–2

Kastrisios, C.

• Efforts to Streamline Bathymetry Compilation for Marine Navigation, pages 1–3

Katumba, S.

• Examining the relationship between basic service delivery provision and dissatisfaction with the performance of local government in Gauteng (South Africa), pages 1–2

Katzmaier, L.

• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2

Kavka, P.

• Water sources for Irrigation in headwater catchment over the Czech Republic in changing climate, pages 1–2

Kayondo, L. M.

• Analyzing the Variability of Wildfire Susceptibility in Queen Elizabeth National Park - Uganda, pages 1–1

Keil, J.

• Measuring Physiological Responses to VR-Based Urban Environments, pages 1–2
• Investigating the relation of path integration performance and using cartographic cues inspired by grid cell properties, pages 1–2
• The Implementation of a Dialogue Based Interaction Tool for the Usage in Immersive Virtual Environments, pages 1–2

Kelén, J.

• User experience with smartphone based global-scale thematic maps in data journalism, pages 1–2

Kemp, J.

• A deep learning model for the recognition of depression wetland shape, pages 1–2

Kennelly, P.

• Principal Components and Relief Shading, pages 1–2

Kent, A. J.

• An overview of the Soviet mapping of South Africa, pages 1–2

Keskin, M.

• Automation of the visualisation of eye-tracking data with animated heatmaps, pages 1–2
• The effect of dominant background color and visualizing cycling routes on the readability of topographic maps: An eye tracking study, pages 1–2

Kettunen, P.

• Automation of the visualisation of eye-tracking data with animated heatmaps, pages 1–2
• The effect of dominant background color and visualizing cycling routes on the readability of topographic maps: An eye tracking study, pages 1–2
• Lessons learnt from digitizing a label dataset for AI-based feature extraction of watercourses, pages 1–2

Khwela, T.

• The historic distribution of Biomphalaria pfeifferi and Bulinus globosus in the Vhembe district, Limpopo province, pages 1–1

Kiliszek, D.

• Methodological study of tactile signs readability, pages 1–2

Kim, B. S. S.

• Quality Assessment of the OpenStreetMap Road Network in Calgary, Alberta, pages 1–3

Kim, J.

• Developing deep learning model for predicting perceived walkability using street view images, pages 1–2
• Measuring human perceptions of urban landscape using machine learning: factors affecting perceived walkability of street-view image, pages 1–2

Klaas, L.

• Evaluation of the integration between level 1 of South African National land cover classes and topographical data, pages 1–1

Knechtel, J.

• Self-Constructing Graph Convolutional Networks for Semantic Segmentation of Historical Maps, pages 1–2

Konečný, M.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Konopska, B.

• Fifty years of Polish and world cartographic literature: bibliography compiled by Jerzy Ostrowski and Zenon Kozieł, pages 1–2

Konstantinov, P.

• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2

Kopecká, M.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Korte, A.

• Measuring Physiological Responses to VR-Based Urban Environments, pages 1–2
• Investigating the relation of path integration performance and using cartographic cues inspired by grid cell properties, pages 1–2

Korycka-Skorupa, J.

• Split legend or split attention? Evaluating layout designs of geodashboard interfaces, pages 1–2

Koski, C.

• Lessons learnt from digitizing a label dataset for AI-based feature extraction of watercourses, pages 1–2

Kovarik, V.

• Terrain passability mapping in the Czech Republic, pages 1–1

Koya, A.

• Evaluation of the integration between level 1 of South African National land cover classes and topographical data, pages 1–1

Kozmus Trajkovski, K.

• Use of LiDAR drone data for O-mapping and change detection in mountainous areas, pages 1–2

Kraak, M. J.

• Cartography and Sustainable Development: Developing an Agenda, pages 1–2

Kraak, M.-J.

• Revisiting schools of cartographic thought: ideological connotations in the (Post-) Soviet school, pages 1–2
• Improving the atlas experience: the use of annotations, pages 1–2

Krassanakis, V.

• Examining the distribution of motion velocity during visual search towards designing effective dynamic point symbols for quantitative mapping, pages 1–3

Krejčí, J.

• New Approaches to Visualization of Land Administration within Space and Time: the Land of Bohemia, pages 1–2

Krisp, J. M.

• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2

Kubicek, P.

• “Cartography and Open Standards”: A Proposal for an Open Geospatial Consortium Technical Paper, pages 1–2

Kubiniok, J.

• 3D-Terrain Mapping and Mixed Reality Cartography supporting Edutainment in Landscape Genesis – The Saarschleife Geoptope Application, pages 1–2

Kubíček, P.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Kumke, H.

• Cartography Playground: Interactive, web-based applications to explain basic cartographic issues, pages 1–3

Kuplich, T. M.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Kurumbayeva, N.

• Evaluating Gaze-Based Interfaces for Map Interaction, pages 1–2

Kuzma, M.

• Map Use Challenges in the Digital Humanities: Preliminary Insights through Eye-Tracking Analysis, pages 1–3

Kvarda, O.

• Cartographic Visualisation within Immersive Virtual Environments, pages 1–2
• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Kähkönen, J.

• Use Case Driven Dynamic Integration of Cross-Domain Content, pages 1–3

Kühne, O.

• Post-Critical Cartography and Deviance: Overcoming Dysfunctional Aspects of Critical Cartography?!, pages 1–1

L

Di Lorenzo, M.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Laoshvili, Z.

• Theoretical cartography structure, connections, functions, pages 1–2

Lapaine, M.

• Cartographic Body of Knowledge – work in progress, pages 1–2

Lecordix, F.

• Making the Minecraft® on demand project open-source and extensible by the community, pages 1–2

Ledermann, F.

• Minimum Dimensions for Cartographic Symbology: Towards a Comprehensive Definition and Assessment Method, pages 1–2
• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3
• A Contemporary Nolli Map: Using OpenStreetMap Data to Represent Urban Public Spaces, pages 1–2

Lee, C.

• Efficient Method for COVID-19 Vaccine Allocation, pages 1–1

Lee, J.

• Measuring human perceptions of urban landscape using machine learning: factors affecting perceived walkability of street-view image, pages 1–2

Lee, M.

• Sub-national mapping for a Sustainable World: data availability and dis/aggregation, pages 1–3

Lehto, L.

• Use Case Driven Dynamic Integration of Cross-Domain Content, pages 1–3

Letlaila, F.

• The historic distribution of schistosomiasis transmitting snails in Mbombela and Nkomazi local municipalities, pages 1–1

Letsosa, M.

• Roadmap from a traditional Spatial Data Infrastructure (SDI) to an Integrated Geospatial Information Framework (IGIF), pages 1–1

Leyk, S.

• Data enrichment and supervised learning in road and settlement feature selection for small scale maps, pages 1–2

Li, A.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Li, J.

• Digital twins of building extraction from dual-channel airborne LiDAR point clouds, pages 1–3
• Using Least Cost Path Analysis to Plan a New Bypass Route on Highway 401 to Mitigate Traffic Congestion and Impacts in the City of Toronto, Ontario, pages 1–3

Li, W.

• Historical maps inform landform cognition in machine learning, pages 1–2
• Integrating cellular automata model into 3D representation for enhancing flood risk communication, pages 1–2
• The impact of social isolation on sleep disturbances – evidence from geospatial big data during COVID-19, pages 1–2

Liao, H.

• Cognitive issues of mobile map design and use: A collaborative research agenda, pages 1–3

Lienert, C.

• From Documentation to Response – the operational Swiss Rapid Mapping Service for Natural Hazard and Crisis Management, pages 1–2

Lima, T. F. D.

• Exploring Cartographic Narratives: Applying Storytelling Techniques and Agile Methodologies, pages 1–2

Lin, B.

• Mapping the temporally evolved geographic disparities of public perceptions of COVID-19 through social media, pages 1–2
• The impact of social isolation on sleep disturbances – evidence from geospatial big data during COVID-19, pages 1–2

Lipijska, Y.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

Listabarth, J.

• U-turn in map making to overcome shortcomings of territorial visualisations, pages 1–2
• Improving the atlas experience: the use of annotations, pages 1–2

Liu, B.

• Comparative User Experiments in Cognitive Pitfalls of Climate Change Information, pages 1–2
• Visualizing indoor layout for spatial learning using Mixed Reality-based X-ray vision, pages 1–2

Liu, N.

• Comparative User Experiments in Cognitive Pitfalls of Climate Change Information, pages 1–2
• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2
• Visualizing indoor layout for spatial learning using Mixed Reality-based X-ray vision, pages 1–2
• Building an Open Dataset of Ubiquitous Map Images for Cartographic Research: Practices and Prospects, pages 1–1

Liu, P.

• A Point Cluster Generalization Method based on Graph Convolutional Network, pages 1–2

Liu, S.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3
• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Liu, X.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Liu, Z.

• The Potential of VGI and Traffic Flow Generation Model for Solving the Traffic Sensor Location Problem, pages 1–2

Loggenberg, K.

• Mapping the spatial profile and susceptibility of illegal land occupation: A case study of the Cape Town Metropolitan area, South Africa, pages 1–3

Losang, E.

• hin&weg – unveiling migration patterns using an analytical visualisation approach, pages 1–1
• Space, Place, Narratives – Toponym registries and atlases as resources for historical place names research, pages 1–2
• Spatial knowledge in atlases and encyclopedias - structural commonalities and differences in the production of space, pages 1–2

Louie, A.

• Exclusionary tales in Beirut’s spaces of craftsmanship: Using historic cartography, archival ethnography, and oral history to map the enduring vulnerability of craftspeople, pages 1–2

Lu, M.

• Objects-Driven Mobile Mapping Toolkit – KoPpoMai, pages 1–2

Luo, P.

• The Potential of VGI and Traffic Flow Generation Model for Solving the Traffic Sensor Location Problem, pages 1–2
• Revisiting the role of distance for spatial prediction, pages 1–1

Lüpke, A.

• A co-designed portal for intuitive navigation, pages 1–2

M

De Maeyer, P.

• The changing role of the map in Western European society over the last 250 years, pages 1–1

Maamari, D.

• Exclusionary tales in Beirut’s spaces of craftsmanship: Using historic cartography, archival ethnography, and oral history to map the enduring vulnerability of craftspeople, pages 1–2

Maart, R.

• Beyond Maps - the use of Highly Immersive Visualization Environment (HIVE) technology in using VR and AR in geoscience education, pages 1–1

Machado, A. A.

• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Madawalagama, S.

• ODM2OSM: A tool to extract building information from open drone data to enrich OpenStreetMap, pages 1–1

Madonsela, S.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Mahmoudi, H.

• Designing a Multimodal Interface for Geospatial Data Visualization: An Application of Interactive Speech Recognition, pages 1–3

Main, R.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Makgale, F.

• Evaluating use of satellite imagery in planning and poverty alleviation in the Mahikeng – Ramotshere Moiloa Local Municipalities based on vegetation cover, pages 1–2

Makhanya, S.

• Evaluation of the integration between level 1 of South African National land cover classes and topographical data, pages 1–1

Mangell, A.

• Innovative Projects In The Field Of Geographic Information Analytics And Cartography, In Energy And Electricity Worlds, pages 1–2

Manisa, M. B.

• Updating a Topographical Line Map of Gaborone Broadhurst Suburb with the Help of Digital Globe Orthorectified Mosaic and Crowdsourcing, pages 1–2

Maphale, L.

• Updating a Topographical Line Map of Gaborone Broadhurst Suburb with the Help of Digital Globe Orthorectified Mosaic and Crowdsourcing, pages 1–2

Maphanga, C.

• Examining the relationship between basic service delivery provision and dissatisfaction with the performance of local government in Gauteng (South Africa), pages 1–2

Marelić, T.

• Magnetic declination on the early modern cartographic representations of the Adriatic Sea, pages 1–2

Marinova, S.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2
• Confirming cross-cultural differences in map design perception, pages 1–2
• Interactive Web mapping for university education, pages 1–2

Marković, V.

• Automatic Extraction and Placement of Building Point Vector Data from Aerial Imagery for the 1: 25 000 Topographic Map Production, pages 1–2

Martin, D. P.

• Historical maps inform landform cognition in machine learning, pages 1–2

Martynova, E.

• Commonwealth of Independent States Geoportal, pages 1–1

Mascarenhas, T. L.

• Mobile first proposition of UFPR CampusMap, pages 1–2

Masemola, C.

• Leveraging machine learning and drone multispectral data for site-specific weed management in tomato agricultural areas, pages 1–2

Mashaba-Munghemezulu, Z.

• Crop classification and weed detection in rainfed maize crops using UAV and PlanetScope imagery, pages 1–1
• Smallholder Maize Farm Mapping With Multi-Temporal Sentinel-1 Data in Support of the Sustainable Development Goals, pages 1–2

Mashala, M.

• Leveraging machine learning and drone multispectral data for site-specific weed management in tomato agricultural areas, pages 1–2

Massilge, M.

• German Grid Cell Database: From Spatial to Statistics, pages 1–2

Masó-Pau, J.

• OGC API Standards for the Next Generation of Web Mapping, pages 1–2

Maziarz, M.

• Spatial analysis in GeoAI with the use of graph neural networks: Quality of life prediction in urban areas case, pages 1–3

Mazibuko, J.

• Cartography, Children’s Mapping, Drawing and Painting, and Photoatlas Storytelling: An Innovative Transdisciplinary Project, pages 1–2

McKeehan, K. G.

• Historical maps inform landform cognition in machine learning, pages 1–2

McLaughlin, D.

• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

McManus, J.

• Mapping environmental properties through image processing for an environmental perception study, pages 1–2

Mdleleni, A.

• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2
• The challenge of co-operative governance of addresses and address data in Mankweng and surroundings in Limpopo, South Africa, pages 1–2

Medeiros, A. K. M. D.

• Teaching cartography from the universe of Black Panther, pages 1–2

Medyńska-Gulij, B.

• How to Design Map of ‘Utopiae’ for Game Players?, pages 1–1

Meena, V. S.

• Geospatial Mapping for Rural Cartography Towards Local Sustainable Development Goals: A case study of Bombora, Bori, Sulawas, Sihad Gram Panchayat, Udaipur, India, pages 1–3

Meier, S.

• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3

Mendonça, A.

• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2

Mendonça, A. L. A. D.

• Issues of a Map interface with SVI imagery in a Smart Campus Context, pages 1–3

Mendonça, A. L. D. A.

• Smart Campus: how we get there? A study case at Federal University of Paraná, pages 1–2
• Cognitive differences in navigation using allocentric cameras, pages 1–2

Meng, L.

• Visual analysis of AI ethics cases, pages 1–2
• Urban morphology meets geo-knowledge graph, pages 1–2
• Competences of a modern academic cartographer, pages 1–2
• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3
• Data Modeling and Processing in Location Based Services: A Collaborative Research Agenda, pages 1–2
• Comparative User Experiments in Cognitive Pitfalls of Climate Change Information, pages 1–2
• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2
• The Potential of VGI and Traffic Flow Generation Model for Solving the Traffic Sensor Location Problem, pages 1–2
• Revisiting the role of distance for spatial prediction, pages 1–1
• ODM2OSM: A tool to extract building information from open drone data to enrich OpenStreetMap, pages 1–1
• Three fuzzy concepts and their implications for cartography, pages 1–2
• Cartographic Body of Knowledge – work in progress, pages 1–2
• Artificial Intelligence based Building Attributes Enrichment in OpenStreetMap using Street-view Images, pages 1–2
• Visualizing indoor layout for spatial learning using Mixed Reality-based X-ray vision, pages 1–2
• Detecting and Visualizing the Knowledge Structure of AI Ethics in Wikipedia Data, pages 1–2

Meriam, E.

• Create Custom Basemaps for Desktop or Mobile Applications, pages 1–2

Mermet, E.

• What could perceptive and sensitive mapping be used for? Examples of use in urban planning projects, pages 1–2

Merson, J.

• Modeling Global Historic Maritime Trade Using A Least-cost Surface Analysis, pages 1–2

Midtbø, T.

• Three fuzzy concepts and their implications for cartography, pages 1–2
• Cartographic Body of Knowledge – work in progress, pages 1–2

Mills, J.

• Enhancing the vertical accuracy of Copernicus digital elevation model using tree-based machine learning models, pages 1–2

Mishra, R.

• Geospatial Mapping for Rural Cartography Towards Local Sustainable Development Goals: A case study of Bombora, Bori, Sulawas, Sihad Gram Panchayat, Udaipur, India, pages 1–3

Mishra, U. N.

• Development of Geoid Model and comparative evaluation, pages 1–2

Mkhize, Y.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Mokhele, T.

• Geographically weighted regression modelling using Poisson distribution for factors influencing good SPH at district level, South Africa, pages 1–2

Molema, T. R.

• Comparing the efficiency of RADAR and optical remote sensing in mapping burnt areas within a grassland biome, pages 1–2

Moore, A.

• Visualising Geographically Classified Cartographic Collections, pages 1–2
• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2
• Community space-time flow expression, pages 1–2

Moore, A. B.

• From the abstract to maps and landscapes: a metageovisualisation perspective, pages 1–2

Moreira, G. R.

• Compatibilization of geographical names used in the Brazilian official mapping, pages 1–2

Morita, T.

• Issues of Subjectivity and Objectivity in Ubiquitous Mapping, pages 1–2

Moroka, K.

• Updating a Topographical Line Map of Gaborone Broadhurst Suburb with the Help of Digital Globe Orthorectified Mosaic and Crowdsourcing, pages 1–2

Moser, J.

• U-turn in map making to overcome shortcomings of territorial visualisations, pages 1–2

Motswenyane, S.

• Assessment and Application of Land Administration Concepts to South Africa for All Forms of Land Tenure, pages 1–2

Mościcka, A.

• Methodological study of tactile signs readability, pages 1–2
• Semi-automatic development of thematic tactile maps, pages 1–2

Mpopiya, S.

• Evaluation of the integration between level 1 of South African National land cover classes and topographical data, pages 1–1

Muehlenhaus, I.

• Confronting the quantum: do maps visualize or create spatial reality and truth, pages 1–3

Muhli, P.

• Use Case Driven Dynamic Integration of Cross-Domain Content, pages 1–3

Mukhin, A.

• Commonwealth of Independent States Geoportal, pages 1–1

Munghemezulu, C.

• Crop classification and weed detection in rainfed maize crops using UAV and PlanetScope imagery, pages 1–1
• Smallholder Maize Farm Mapping With Multi-Temporal Sentinel-1 Data in Support of the Sustainable Development Goals, pages 1–2

Munyati, C.

• Evaluating use of satellite imagery in planning and poverty alleviation in the Mahikeng – Ramotshere Moiloa Local Municipalities based on vegetation cover, pages 1–2

Murphy, C.

• ODM2OSM: A tool to extract building information from open drone data to enrich OpenStreetMap, pages 1–1

Murphy, C. E.

• The Potential of VGI and Traffic Flow Generation Model for Solving the Traffic Sensor Location Problem, pages 1–2
• Evaluating Gaze-Based Interfaces for Map Interaction, pages 1–2

Muthumini, G.

• Roadmap from a traditional Spatial Data Infrastructure (SDI) to an Integrated Geospatial Information Framework (IGIF), pages 1–1

Mzobe, P.

• A hydrogeomorphic approach to river characterization in the Breede River catchment, South Africa, pages 1–1

Münzberger, J.

• Dante’s Inferno as an ArcGIS StoryMap, pages 1–1

N

Naaouf, N.

• Present And Future Climate Characteristics Of Syria Based On Cordex Simulations, pages 1–2

Nagula, B.

• Spatial Planning as an Explanatory Factor in the Spatial Distribution of COVID-19 in Kampala City, pages 1–2

Nake, L.

• Issues and opportunities in spatial data handling in local municipalities, pages 1–1

Narvaes, I. D. S.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Nawshin, N. T.

• Design Recommendations for Map-based Storytelling in Augmented Reality: A Preliminary Study, pages 1–2

Nduku, L.

• Smallholder Maize Farm Mapping With Multi-Temporal Sentinel-1 Data in Support of the Sustainable Development Goals, pages 1–2

Nestel, C.

• Mapping Across the Curriculum: Cartographic Theory for K-8 Education, pages 1–2

Netek, R.

• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2

Ng-Chan, T.

• Voyage Around Our Rooms: Performance in the Mapping of Lockdown Spaces, pages 1–1

Ngcofe, L.

• Sentinel-2 land cover product comparison: South African National land cover 2020 vs ESRI Global land cover 2020, pages 1–2

Nguyen, Q.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Nie, P.

• Improving the atlas experience: the use of annotations, pages 1–2

Niewoudt, Z.

• A deep learning model for the recognition of depression wetland shape, pages 1–2

Nkoana, K.

• Sentinel-2 land cover product comparison: South African National land cover 2020 vs ESRI Global land cover 2020, pages 1–2

Nkosi, N.

• The historic distribution of schistosomiasis transmitting snails in Mbombela and Nkomazi local municipalities, pages 1–1
• The historic distribution of Biomphalaria pfeifferi and Bulinus globosus in the Vhembe district, Limpopo province, pages 1–1

Nondlazi, B.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Nonguierma, A.

• Availability of Fundamental Geospatial Datasets for monitoring the Sustainable Development Goals in Africa, pages 1–1
• Geospatial Data Taxonomy for the Sustainable Development Goals in Africa, pages 1–1

Norberg, L.

• Mapping Housing Dynamics and Affordability Solutions in Fairfax City, Virginia, pages 1–2

Ntintili, K.

• Children mapping their realities and aspirations: an innovative methodological tool with implications for practice, program and policy, pages 1–1

Ntuli, S.

• 3D UAS-SfM Point Cloud Classification in Urban Terrestrial Environment, pages 1–2

de Necker, L.

• The historic distribution of schistosomiasis transmitting snails in Mbombela and Nkomazi local municipalities, pages 1–1
• The historic distribution of Biomphalaria pfeifferi and Bulinus globosus in the Vhembe district, Limpopo province, pages 1–1

O

Oberle, G.

• Geographies of Inequities: Towards an Open-Source Digital History of Slave Sales in Virginia, pages 1–2

Ochoa-Ortiz, H.

• Diet Map: Participatory Mapping Application for Specific Diets, pages 1–2

Oesch, J.

• User experience with smartphone based global-scale thematic maps in data journalism, pages 1–2

Ohnishi, K.

• The Role of Maps in Japanese High School Geography Textbooks, pages 1–2

Okolie, C.

• Enhancing the vertical accuracy of Copernicus digital elevation model using tree-based machine learning models, pages 1–2

Oksanen, J.

• Use Case Driven Dynamic Integration of Cross-Domain Content, pages 1–3
• Lessons learnt from digitizing a label dataset for AI-based feature extraction of watercourses, pages 1–2

Ombe, A. Z.

• Map design of the building cultural heritage in Maputo city – Mozambique, pages 1–2

Opach, T.

• Split legend or split attention? Evaluating layout designs of geodashboard interfaces, pages 1–2

Opravil, Š.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Ospina Parra, A.

• Mapping environmental properties through image processing for an environmental perception study, pages 1–2

Ostrowski, B.

• How to Design Map of ‘Utopiae’ for Game Players?, pages 1–1

P

Paiva, C. D. A.

• Identifying Temporal Patterns of Contributions to OpenStreetMap in Brazilian Cities: The Role of Cell Size, pages 1–3

Pano, A.

• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3

Papčo, J.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Park, J.

• Measuring human perceptions of urban landscape using machine learning: factors affecting perceived walkability of street-view image, pages 1–2

Pashova, L.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

Patil, A.

• Learning of spatial correlation between urban solid-waste and stray dog population with participatory mapping, pages 1–2

Peixoto, D.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Peres, L. D. D. S.

• User-centered design of a geoinformation system for identifying the visitor's impact in environmentally fragile areas in natural parks, pages 1–2
• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Peterlini, T. B.

• Identifying Temporal Patterns of Contributions to OpenStreetMap in Brazilian Cities: The Role of Cell Size, pages 1–3

Peterson, M. P.

• Affordances and Models of Cartographic Communication, pages 1–2
• Label Density in Large-Scale Online Maps, pages 1–2

Petrovič, D.

• Use of LiDAR drone data for O-mapping and change detection in mountainous areas, pages 1–2

Pettitt, A.

• Locating and Mapping Missing Cemeteries in Immersive Virtual Environments, pages 1–1

Pfoser, D.

• Improving Mobile Positioning Accuracy Within An Image-Based Hybrid Geocrowdsourcing System, pages 1–3

Pillay, T.

• Mapping South African Covid-19 Vaccine Opinions, pages 1–2

Pinochet Brunetto, Á.

• The challenge of creating cartography of zones of extreme conditions; case of Chilean Antarctica, pages 1–3

Pippig, K.

• A New Swiss Map Generation for Mobile Use, pages 1–2

Pisetta, J. A.

• Exploring Cartographic Narratives: Applying Storytelling Techniques and Agile Methodologies, pages 1–2

Polous, N.

• Representation of Real-World Complexities: a paradigm shift, pages 1–3

Popelka, S.

• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2
• GazePlotter – tool for eye movement sequences visualization, pages 1–2

Poutanen, J.

• Lessons learnt from digitizing a label dataset for AI-based feature extraction of watercourses, pages 1–2

Prechtel, N.

• #mappingmtushba – data collection and automated map generation, pages 1–2

Prestby, T. J.

• In Maps We Trust, pages 1–2
• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

Pretorius, R.

• A model for improving spatial thinking in undergraduate modules with a spatial focus offered by Geography departments at selected South African universities, pages 1–2

Przybył, W.

• Comparative measures of raster qualitative maps, pages 1–2

Pál, M.

• Using drone photogrammetry for establishing a 3D geosite model application, pages 1–2
• Preparing the geodiversity map of Hungary in line with the UNESCO SDGs, pages 1–2
• Setting standards for cemetery spatial databases – a case study in the Roman Catholic Archdiocese of Eger, Hungary, pages 1–2

Pühringer, J.

• Confirming cross-cultural differences in map design perception, pages 1–2

Q

Qi, F.

• Mapping environmental properties through image processing for an environmental perception study, pages 1–2

Qian, N.

• PolygonTranslator - learning to simplify building footprints from one scale to another, pages 1–2

R

Ramoelo, A.

• Mapping Weed Infestation in Maize Fields Using Sentinel-2 data, pages 1–1

Raposo, P.

• Research Approaches in Cartography: A Preliminary Review, pages 1–2

Rautenbach, V.

• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2
• Mapping South African Covid-19 Vaccine Opinions, pages 1–2
• Evaluating data classification methods for choropleth maps to visualise geographic accessibility in South Africa: A usability study, pages 1–2

Raz, O.

• Statistical Data Integration with Maps using Dot Density, pages 1–2

Reichenbacher, T.

• Cognitive issues of mobile map design and use: A collaborative research agenda, pages 1–3
• User experience with smartphone based global-scale thematic maps in data journalism, pages 1–2

Reini, J.

• Improving Interoperability of National Geospatial Services in International Context, pages 1–2

Ren, M.

• SSANU-Net: Spatial-Spectral Additive Nonlinear Unmixing Net, pages 1–2

Resende, A. C. D. R. B.

• Compatibilization of geographical names used in the Brazilian official mapping, pages 1–2

Reyes Nunez, J. J.

• Hungarian writers and poets in the BIO-MAPS Biographical Map Library, pages 1–2

Reyes Nuñez, J. J.

• Present And Future Climate Characteristics Of Syria Based On Cordex Simulations, pages 1–2

Rice, M.

• Geographies of Inequities: Towards an Open-Source Digital History of Slave Sales in Virginia, pages 1–2
• Improving Mobile Positioning Accuracy Within An Image-Based Hybrid Geocrowdsourcing System, pages 1–3
• Mapping Housing Dynamics and Affordability Solutions in Fairfax City, Virginia, pages 1–2

Ricker, B.

• Mapping the Sustainable Development Goals: Challenges facing the understanding of our world through maps, pages 1–3
• Sub-national mapping for a Sustainable World: data availability and dis/aggregation, pages 1–3
• Cartography and Sustainable Development: Developing an Agenda, pages 1–2

Roberts, L.

• Modeling Global Historic Maritime Trade Using A Least-cost Surface Analysis, pages 1–2

Robinson, A. C.

• Geovisualization for Pollinator Decision Support with Beescape NexGen, pages 1–2

Rodrigues, T. L.

• Smart Campus: how we get there? A study case at Federal University of Paraná, pages 1–2

Roth, R. E.

• Research Approaches in Cartography: A Preliminary Review, pages 1–2
• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3
• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2
• User Experience Design for Mobile Cartography: Update on a ICA Joint Commission Research Agenda, pages 1–2

Ruf, W.

• From Documentation to Response – the operational Swiss Rapid Mapping Service for Natural Hazard and Crisis Management, pages 1–2

Rybansky, M.

• Terrain passability mapping in the Czech Republic, pages 1–1

Rönneberg, M.

• The effect of dominant background color and visualizing cycling routes on the readability of topographic maps: An eye tracking study, pages 1–2

Rød, J. K.

• Split legend or split attention? Evaluating layout designs of geodashboard interfaces, pages 1–2

S

Le Sourd, G.

• Mapping the Sustainable Development Goals: Challenges facing the understanding of our world through maps, pages 1–3
• Sub-national mapping for a Sustainable World: data availability and dis/aggregation, pages 1–3

Sabo, N.

• Ai-Based On-Demand Mapping: An Alternative In Response To Ever-Growing Mapping Agencies’ Challenges, pages 1–1

Safarzadeh Ramhormozi, R.

• Quality Assessment of the OpenStreetMap Road Network in Calgary, Alberta, pages 1–3

Sahagún Luis, I.

• Exonyms in Spanish. Criteria and usage in cartography, pages 1–1

Salazar, J.

• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2

Samsonov, T.

• Points-to-polygons and reverse animations for enhanced visual analytics on multiscale thematic maps, pages 1–2
• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2
• Interlevel information loss in hexagonal discrete global grid systems, pages 1–1

Santos Júnior, J. B. D.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Santos, J. D. O.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Santos, S. D. A. O.

• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Sasaki, I.

• Objects-Driven Mobile Mapping Toolkit – KoPpoMai, pages 1–2

Sato, R.

• Objects-Driven Mobile Mapping Toolkit – KoPpoMai, pages 1–2

Sauer, S.

• Development of an interactive VR flight simulation with ArcGIS SDK for Unity and a hang glider, pages 1–2

Savvinova, A.

• Indigenous knowledge transfer through participatory mapping: attitude of the arctic population to communications using mental maps, pages 1–2

Scheck, E.

• A Contemporary Nolli Map: Using OpenStreetMap Data to Represent Urban Public Spaces, pages 1–2

Schmid, J.

• St Gallen Globe – online (https://3dglobe.ch), pages 1–2

Schmidt, M. A. R.

• Smart Campus: how we get there? A study case at Federal University of Paraná, pages 1–2
• Issues of a Map interface with SVI imagery in a Smart Campus Context, pages 1–3
• Identifying Temporal Patterns of Contributions to OpenStreetMap in Brazilian Cities: The Role of Cell Size, pages 1–3
• Cognitive differences in navigation using allocentric cameras, pages 1–2

Schott, J.

• Automated mapping of culverts, bridges, and dams, pages 1–2

Schröter, B.

• #mappingmtushba – data collection and automated map generation, pages 1–2

Schulz, T.

• Status and trends in atlas cartography – considerations of an atlas producer, researcher, user and collector, pages 1–2

Sears, D.

• Fracturing, Flux & Fragility: Mapping Ecological Islands & Edges, pages 1–2

Segobye, M.

• Updating a Topographical Line Map of Gaborone Broadhurst Suburb with the Help of Digital Globe Orthorectified Mosaic and Crowdsourcing, pages 1–2

Semoli, B.

• Evaluation of the integration between level 1 of South African National land cover classes and topographical data, pages 1–1

Sen, S.

• Learning of spatial correlation between urban solid-waste and stray dog population with participatory mapping, pages 1–2
• Learning of spatial correlation between urban solid-waste and stray dog population with participatory mapping, pages 1–2

Sena, C. C. R. G. D.

• The introduction of inclusive cartography as a content of basic education, pages 1–2
• The importance of tactile maps in the development of spatial thinking, pages 1–2
• Valuing Historical Cartography in the study of ancient civilizations in basic education using Minecraft, pages 1–1

Serrao, B.

• Evaluating Gaze-Based Interfaces for Map Interaction, pages 1–2

Sester, M.

• PolygonTranslator - learning to simplify building footprints from one scale to another, pages 1–2

Sevilla Sánchez, C.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Sharashenidze, M.

• Theoretical cartography structure, connections, functions, pages 1–2

Shavers, E.

• Automated mapping of culverts, bridges, and dams, pages 1–2
• Enhancing U-net extraction of hydrographic features from IfSAR data in Alaska using shallow water channel depth models, pages 1–2

Shcheglov, S.

• Commonwealth of Independent States Geoportal, pages 1–1

Shen, J.

• Cartographic Body of Knowledge – work in progress, pages 1–2
• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2
• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3
• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2
• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Shiode, N.

• Development of a Japanese 'GIS place name dictionary' as a basis for interdisciplinary research, pages 1–2

Shiode, S.

• Development of a Japanese 'GIS place name dictionary' as a basis for interdisciplinary research, pages 1–2

Shurygina, A.

• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2
• Interlevel information loss in hexagonal discrete global grid systems, pages 1–1

Sibolla, B.

• Real time visual analytics of moving features: A case of vessel movement, pages 1–3

Sieber, R.

• St Gallen Globe – online (https://3dglobe.ch), pages 1–2
• Archiving Printed and Digital Atlases – How to keep the «Atlas of Switzerland» available for future generations, pages 1–1

Silva, L. S. L.

• Collaboratively Updating National Cartography: An Automated Tool for Integrating OpenStreetMap Data into Topographic Mapping in Brazil, pages 1–2
• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Silveira, G.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Simmons, S.

• OGC API Standards for the Next Generation of Web Mapping, pages 1–2

Singh, B. V. R.

• Geospatial Mapping for Rural Cartography Towards Local Sustainable Development Goals: A case study of Bombora, Bori, Sulawas, Sihad Gram Panchayat, Udaipur, India, pages 1–3

Singh, J.

• Geospatial data, analysis and mapping for service delivery, pages 1–2

Singh, M.

• 3D UAS-SfM Point Cloud Classification in Urban Terrestrial Environment, pages 1–2

Sinha, G.

• Historical maps inform landform cognition in machine learning, pages 1–2

Skupin, A.

• Neural Network Modelling of Crop Phenology in Support of Agricultural Monitoring – A Base Map Approach, pages 1–2

Sluter, C. R.

• Map design of the building cultural heritage in Maputo city – Mozambique, pages 1–2
• Thematic cartography as a support for understanding social vulnerability in Porto Alegre region, Brazil, pages 1–2
• User-centered design of a geoinformation system for identifying the visitor's impact in environmentally fragile areas in natural parks, pages 1–2
• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Smit, J.

• Enhancing the vertical accuracy of Copernicus digital elevation model using tree-based machine learning models, pages 1–2

Smit, M.

• Using GISc for modelling energy expenditure when traversing paths in nature reserves of the City of Tshwane, South Africa, pages 1–2

Snyman, L.

• Evaluating data classification methods for choropleth maps to visualise geographic accessibility in South Africa: A usability study, pages 1–2

Soler, L.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Solomon, H. G.

• Beyond Maps - the use of Highly Immersive Visualization Environment (HIVE) technology in using VR and AR in geoscience education, pages 1–1

Song, Y.

• Revisiting the role of distance for spatial prediction, pages 1–1

Souza Pinto, B. C. P. D.

• Compatibilization of geographical names used in the Brazilian official mapping, pages 1–2

Souza, F. A.

• From Conceptual Models to Ontologies: Achieving Knowledge Management in SDIs, pages 1–2

Souza, V. L. C. A.

• The DF interactive thematic map built by and for deaf students: An interesting practice using Scratch and Makey Makey, pages 1–1
• The contribution of the Geographical, Historical and Cultural School Atlas of the Federal District in the discovery of other Brasílias, pages 1–4

Stachoň, Z.

• Cartographic Visualisation within Immersive Virtual Environments, pages 1–2
• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2
• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Stanczak, A.

• Community space-time flow expression, pages 1–2

Stanislawski, L.

• Automated mapping of culverts, bridges, and dams, pages 1–2
• Enhancing U-net extraction of hydrographic features from IfSAR data in Alaska using shallow water channel depth models, pages 1–2

Stepanchenko, A. L.

• Specialized topographic maps: types and content, methods and technologies of creation, pages 1–3

Strack, M.

• OpenStreetMap Data as a Basis for Official Geospatial Data: An Investigation into Updating the Building Stock Data for Municipalities in Baden-Württemberg, Germany, pages 1–2

Strauch, J. C. M.

• Thematic cartography as a support for understanding social vulnerability in Porto Alegre region, Brazil, pages 1–2

Sui, Z.

• Endonyms or Exonyms: How map purpose, data source, and map language impact place naming on maps, pages 1–2

Sun, Y.

• Artificial Intelligence based Building Attributes Enrichment in OpenStreetMap using Street-view Images, pages 1–2

Sviček, M.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Swab, J.

• Changing Desires and Aims in Public Health Mapping in the United States, 1920-2020, pages 1–1

Szanto, T.

• Making the Minecraft® on demand project open-source and extensible by the community, pages 1–2

Szatmári, D.

• Environmental data and satellite images: information sources for the identification of illegal activities in the landscape on the example of Slovakia, pages 1–2

Séguin, E.

• Making the Minecraft® on demand project open-source and extensible by the community, pages 1–2

Słomska-Przech, K.

• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3

T

Takayanagi, S.

• Investigation of Sequential Order of Sketch Map Drawing After Walking in the City, pages 1–2

Tang, G.

• A new 3D visible space index for evaluating urban openness, pages 1–2

Tang, L.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Tavares, G. U.

• Participatory Mapping of the Water-Food-Energy Nexus in the Brazilian Semiarid Region to meet the SDGs, pages 1–2

Taylor, D. R. F.

• Storytelling, Visual and Cognitive Mapping and Photoatlassing of Indigenous Elder William Commanda’s Canoe Journey: Art, Craft, Motion, Experience, Knowledge and Wisdom, pages 1–1
• Cartography, Children’s Mapping, Drawing and Painting, and Photoatlas Storytelling: An Innovative Transdisciplinary Project, pages 1–2
• Children mapping their realities and aspirations: an innovative methodological tool with implications for practice, program and policy, pages 1–1

Tejkl, A.

• Water sources for Irrigation in headwater catchment over the Czech Republic in changing climate, pages 1–2

Tesfamichael, S. G.

• Crop classification and weed detection in rainfed maize crops using UAV and PlanetScope imagery, pages 1–1
• Comparing the efficiency of RADAR and optical remote sensing in mapping burnt areas within a grassland biome, pages 1–2

Thakkar, A.

• Learning of spatial correlation between urban solid-waste and stray dog population with participatory mapping, pages 1–2

Thakkar, K.

• Learning of spatial correlation between urban solid-waste and stray dog population with participatory mapping, pages 1–2

Thibedi, D.

• The historic distribution of Biomphalaria pfeifferi and Bulinus globosus in the Vhembe district, Limpopo province, pages 1–1

Thiem, P. T.

• Historical maps inform landform cognition in machine learning, pages 1–2

Thorsnes, P.

• Uncertainty in Mapping Climate Change-Related Flooding Risk to Residential Property Values, pages 1–2

Thumbadoo, R. V.

• Storytelling, Visual and Cognitive Mapping and Photoatlassing of Indigenous Elder William Commanda’s Canoe Journey: Art, Craft, Motion, Experience, Knowledge and Wisdom, pages 1–1
• Cartography, Children’s Mapping, Drawing and Painting, and Photoatlas Storytelling: An Innovative Transdisciplinary Project, pages 1–2
• Children mapping their realities and aspirations: an innovative methodological tool with implications for practice, program and policy, pages 1–1

Thumbadoo, Z. S.

• Cartography, Children’s Mapping, Drawing and Painting, and Photoatlas Storytelling: An Innovative Transdisciplinary Project, pages 1–2
• Children mapping their realities and aspirations: an innovative methodological tool with implications for practice, program and policy, pages 1–1

Tian, Z.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Todd, J.

• A dashboard application to explore population distribution derived from GPS location data during the COVID-19 pandemic in Kyoto, Japan, pages 1–2

Torma, C. Z.

• Present And Future Climate Characteristics Of Syria Based On Cordex Simulations, pages 1–2

Touya, G.

• Semi-automatic development of thematic tactile maps, pages 1–2

Trantham, G.

• Selective Terrain Smoothing, pages 1–2

Treille de Grandsaigne, G.

• The least crowded path: where to start?, pages 1–2

Trindade, P.

• Brazilian Pampa as part of the INPE’s official program for mapping native vegetation removal, pages 1–2

Tsuji, H.

• Investigation of Sequential Order of Sketch Map Drawing After Walking in the City, pages 1–2

Turunen, A.

• Improving Interoperability of National Geospatial Services in International Context, pages 1–2

U

Ugwitz, P.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Ustinovich, A.

• Commonwealth of Independent States Geoportal, pages 1–1

V

Vandeviver, C.

• The least crowded path: where to start?, pages 1–2

Varanka, D. E.

• Making Machine Map Meaning: Notes on Cartographic ‘Absence’ in Semantic Context, pages 1–2

Varentsov, M.

• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2

Vasilev, S.

• Digital technologies as a basis for building a museum of geodesy, photogrammetry and cartography, pages 1–2

Vasiljev, P.

• Automatic Extraction and Placement of Building Point Vector Data from Aerial Imagery for the 1: 25 000 Topographic Map Production, pages 1–2

Velasco Tirado, A.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Velho, L. F.

• User-centered design of a geoinformation system for identifying the visitor's impact in environmentally fragile areas in natural parks, pages 1–2
• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Vereshchaka, T. V.

• Specialized topographic maps: types and content, methods and technologies of creation, pages 1–3

Verstokt, S.

• The least crowded path: where to start?, pages 1–2

Vestena, K. D. M.

• Collaboratively Updating National Cartography: An Automated Tool for Integrating OpenStreetMap Data into Topographic Mapping in Brazil, pages 1–2

Vetter, M.

• The usage of “fog” as a visual variable in 3D-cartographic virtual reality environments, pages 1–2

Vilhagra, G.

• Teaching cartography from the universe of Black Panther, pages 1–2

Vojtechovska, M.

• GazePlotter – tool for eye movement sequences visualization, pages 1–2

Vondrakova, A.

• A new approach to making 3D-printed geographic models interactive for people with visual impairment, pages 1–2
• Multi-colour 3D printing for supporting tactile perception of geospatial visualizations, pages 1–2

Voženílek, V.

• Three fuzzy concepts and their implications for cartography, pages 1–2
• Cartographic Body of Knowledge – work in progress, pages 1–2

Vörös, F.

• Opportunities and Challenges for the Next Generation of Cartographers, pages 1–3

de Villiers, C.

• Crop classification and weed detection in rainfed maize crops using UAV and PlanetScope imagery, pages 1–1

W

Van de Weghe, N.

• The least crowded path: where to start?, pages 1–2

Wabiński, J.

• Methodological study of tactile signs readability, pages 1–2
• Semi-automatic development of thematic tactile maps, pages 1–2

Wacławik, P.

• Map Use Challenges in the Digital Humanities: Preliminary Insights through Eye-Tracking Analysis, pages 1–3

Wakabayashi, Y.

• Changes in map use after digitalisation: results from online surveys at three time periods, pages 1–2

Wang, F.

• Mapping environmental properties through image processing for an environmental perception study, pages 1–2

Wang, M.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Wang, S.

• Using Eye-tracking to Evaluate Visual Behaviours on GISEnhanced Football Animations, pages 1–2
• Visualizing indoor layout for spatial learning using Mixed Reality-based X-ray vision, pages 1–2

Wang, T.

• Cartographic Body of Knowledge – work in progress, pages 1–2
• Design and Implementation of Geo-visualization of Human Mobility and Building Occupancy on Smart Campus, pages 1–2

Wang, W.

• A Novel Indoor Trajectory Pattern Mining Framework, pages 1–2
• Cognitive issues of mobile map design and use: A collaborative research agenda, pages 1–3
• Experiences with distance teaching and learning in cartography – a European perspective, pages 1–2

Wang, X.

• Quality Assessment of the OpenStreetMap Road Network in Calgary, Alberta, pages 1–3

Wang, Z.

• Design and Implementation of Geo-visualization of Human Mobility and Building Occupancy on Smart Campus, pages 1–2

Wei, M.

• Visual analysis of AI ethics cases, pages 1–2
• Detecting and Visualizing the Knowledge Structure of AI Ethics in Wikipedia Data, pages 1–2

Weibel, R.

• Data enrichment and supervised learning in road and settlement feature selection for small scale maps, pages 1–2
• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Weiner, A.

• German Grid Cell Database: From Spatial to Statistics, pages 1–2

Weir-Smith, G.

• The spatial nature of structural unemployment in South Africa, pages 1–1

Weißmann, M.

• Measuring Physiological Responses to VR-Based Urban Environments, pages 1–2
• The Implementation of a Dialogue Based Interaction Tool for the Usage in Immersive Virtual Environments, pages 1–2

Wereszczyńska, K.

• Data enrichment and supervised learning in road and settlement feature selection for small scale maps, pages 1–2

Wereszczyński, M.

• The Witcher world map. People need maps of imaginary places, pages 1–2

Wieczorek, M.

• Comparative measures of raster qualitative maps, pages 1–2

Wigley, M.

• A New Swiss Map Generation for Mobile Use, pages 1–2

Wilkening, J.

• Development of an interactive VR flight simulation with ArcGIS SDK for Unity and a hang glider, pages 1–2

Williams, L. L.

• A GIS-based technology response to an avian influenza outbreak in South Africa, pages 1–2

Williams, S.

• Exclusionary tales in Beirut’s spaces of craftsmanship: Using historic cartography, archival ethnography, and oral history to map the enduring vulnerability of craftspeople, pages 1–2

Williams, T.

• Improving Mobile Positioning Accuracy Within An Image-Based Hybrid Geocrowdsourcing System, pages 1–3

Wolodtschenko, A.

• Storytelling, Visual and Cognitive Mapping and Photoatlassing of Indigenous Elder William Commanda’s Canoe Journey: Art, Craft, Motion, Experience, Knowledge and Wisdom, pages 1–1
• Cartography, Children’s Mapping, Drawing and Painting, and Photoatlas Storytelling: An Innovative Transdisciplinary Project, pages 1–2

Wong, W. F.

• Modeling Global Historic Maritime Trade Using A Least-cost Surface Analysis, pages 1–2

Wu, M.

• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2

Wu, Y.

• Understanding the role of geographical environments in emergency dispatches with GPS trajectories, pages 1–2

Wylie, A. G.

• Exploring the Spatio-temporal Patterns of Urban Fire Incidents, pages 1–2

Würzler, B.

• German Grid Cell Database: From Spatial to Statistics, pages 1–2

X

Xiao, G.

• Querying CityGML Data through Virtual Knowledge Graphs, pages 1–3

Xiao, T.

• A Point Cluster Generalization Method based on Graph Convolutional Network, pages 1–2

Xiao, Y.

• From Maps to Geospatial Knowledge Graph: Geospatial Knowledge Representation and Reasoning, pages 1–2
• A Super-pixel Scaling Approach to Detect Inconsistency of Cross-layer Tile Maps, pages 1–2

Xu, H.

• From Maps to Geospatial Knowledge Graph: Geospatial Knowledge Representation and Reasoning, pages 1–2

Xu, Y.

• Building an Open Dataset of Ubiquitous Map Images for Cartographic Research: Practices and Prospects, pages 1–1

Y

Yamoah, O.

• Effects of Covid-19 Pandemic on Spatial Patterns of Burglaries (2019-2020) in Chicago, Illinois, pages 1–2

Yan, L.

• A Super-pixel Scaling Approach to Detect Inconsistency of Cross-layer Tile Maps, pages 1–2

Yang, F.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Yang, H.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2

Yang, J.

• Design and implementation of mixed reality narrative map of Nanjing Ming Dynasty City Wall based on video integration, pages 1–2
• Building an Open Dataset of Ubiquitous Map Images for Cartographic Research: Practices and Prospects, pages 1–1

Yang, M.

• A Point Cluster Generalization Method based on Graph Convolutional Network, pages 1–2
• The impact of social isolation on sleep disturbances – evidence from geospatial big data during COVID-19, pages 1–2

Yang, X.

• Satellite remote sensing of COVID-19 lockdown effects upon urban ecosystems, pages 1–1
• A new 3D visible space index for evaluating urban openness, pages 1–2

Yang, Y.

• Understanding the role of geographical environments in emergency dispatches with GPS trajectories, pages 1–2

Yano, K.

• A dashboard application to explore population distribution derived from GPS location data during the COVID-19 pandemic in Kyoto, Japan, pages 1–2
• Development of a Japanese 'GIS place name dictionary' as a basis for interdisciplinary research, pages 1–2

Yarynich, Y.

• Interactive web mapping for urban climate monitoring and research based on reference and crowdsourced observations, pages 1–2

Yessimkhanova, K.

• Mapping climate zones change for the territory of Kazakhstan, pages 1–2

Yilma, A. D.

• Availability of Fundamental Geospatial Datasets for monitoring the Sustainable Development Goals in Africa, pages 1–1
• Geospatial Data Taxonomy for the Sustainable Development Goals in Africa, pages 1–1

Yoshida, M.

• A Study of “Map Sense” that Supports the Accuracy of Maps Through Interviews with Imaginary Map Creators, pages 1–2

Yu, H.

• A Point Cluster Generalization Method based on Graph Convolutional Network, pages 1–2

Yu, J.

• A Super-pixel Scaling Approach to Detect Inconsistency of Cross-layer Tile Maps, pages 1–2

Yuan, M.

• Understanding the role of geographical environments in emergency dispatches with GPS trajectories, pages 1–2

Yuan, Y.

• Exploring the Spatio-temporal Patterns of Urban Fire Incidents, pages 1–2

Z

Zakharov, M.

• Network Modeling of Settlements' Interaction for Sustainable Development of Remote Territories, pages 1–2
• Indigenous knowledge transfer through participatory mapping: attitude of the arctic population to communications using mental maps, pages 1–2

Zangenehnej, F.

• Fast high accuracy kinematic smartphone positioning for location-based services, pages 1–2

Zesiger, M.

• From Documentation to Response – the operational Swiss Rapid Mapping Service for Natural Hazard and Crisis Management, pages 1–2

Zhang, C.

• Visualizing indoor layout for spatial learning using Mixed Reality-based X-ray vision, pages 1–2

Zhang, P.

• EO-AI4GlobalChange: Earth Observation Big Data and Deep Learning for Global Environmental Change Monitoring, pages 1–2

Zhang, X.

• SSANU-Net: Spatial-Spectral Additive Nonlinear Unmixing Net, pages 1–2

Zhang, Y.

• Fast high accuracy kinematic smartphone positioning for location-based services, pages 1–2
• Mapping environmental properties through image processing for an environmental perception study, pages 1–2
• Design and Implementation of Geo-visualization of Human Mobility and Building Occupancy on Smart Campus, pages 1–2

Zhao, Y.

• EO-AI4GlobalChange: Earth Observation Big Data and Deep Learning for Global Environmental Change Monitoring, pages 1–2

Zhao, Z.

• Design and Implementation of Geo-visualization of Human Mobility and Building Occupancy on Smart Campus, pages 1–2

Zhong, T.

• Scenario building for urban disaster management based on the integration of CIM and Big data- The progress of CJISTCP, pages 1–3

Zhou, B.

• SSANU-Net: Spatial-Spectral Additive Nonlinear Unmixing Net, pages 1–2

Zhou, J.

• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Zhou, Z.

• PolygonTranslator - learning to simplify building footprints from one scale to another, pages 1–2
• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Zhu, H.

• A new 3D visible space index for evaluating urban openness, pages 1–2

Zhu, L.

• Indoor navigation map design based on the analysis of space characteristics, pages 1–2

Zhu, X. X.

• Artificial Intelligence based Building Attributes Enrichment in OpenStreetMap using Street-view Images, pages 1–2

Zou, L.

• The impact of social isolation on sleep disturbances – evidence from geospatial big data during COVID-19, pages 1–2

Zuo, C.

• Detecting and Visualizing the Knowledge Structure of AI Ethics in Wikipedia Data, pages 1–2
• Using Map-based Dashboard to Improve Geo-knowledge Communication: a use case on Digital Twins, pages 1–2

Zych, M.

• The Atlas of Environment (of Poland). How to present on maps data on the environment collected by official statistics?, pages 1–3

van Zyl, T.

• Real time visual analytics of moving features: A case of vessel movement, pages 1–3

Ç

Çöltekin, A.

• What moderates the terrain reversal effect in shaded relief maps?, pages 1–2
• Over the rainbow: An in-depth examination of the pervasiveness of the rainbow colour scheme, pages 1–2
• Split legend or split attention? Evaluating layout designs of geodashboard interfaces, pages 1–2
• User experience with smartphone based global-scale thematic maps in data journalism, pages 1–2
• Designing maps & visualizations for mobile devices: A collaborative research agenda, pages 1–2

Đ

Đorđević, D.

• Automatic Extraction and Placement of Building Point Vector Data from Aerial Imagery for the 1: 25 000 Topographic Map Production, pages 1–2

Ł

Łobodecki, J.

• Concept and realisation of the laboratory of indoor cartography with the support of computer game environments, pages 1–2

Ś

Śmiechowska-Petrovskij, E.

• Methodological study of tactile signs readability, pages 1–2

Świech, H.

• Building Accessibility Maps: Cartographic Solutions to Assist Mobility of People with Disabilities, pages 1–2

Š

Šavrič, B.

• Requirements for Implementing Map Projections in GIS and Mapping Software, pages 1–1

Šašinka, Č.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Šašinková, A.

• Possibilities of Geographic Virtual Environments within the Crisis Management, pages 1–2

Ž

Žuljević, M.

• Design Space in Cartography: Outlining a design perspective in critical analysis of peace and conflict visualisations, pages 1–2